The town of Fort Nelson has been hugely impacted economically with the drop in oil prices and cancellation of west-coast LNG export. Local companies and entrepreneurs are looking for other natural resources in an attempt to save the regions economy. Mindbody Networks Inc. has access to a variety of natural clay deposits distributed within the area that hold huge economic potential. In this research project, the suitability of this clay deposit for different industrial applications will be evaluated.
The main objective and outcome of the proposed research project will try to develop a model that will be able to predict the water consumption level of users as well as the station. Deliverables of the project will be reports, presentation and a software solution that will include a model for the forecast of water consumption. Research will involve supervised and unsupervised data mining techniques. The solution will be in the R programming language that can be used by the Lowfoot Inc. to predict the actual water consumption in the Peterborough, ON.
Networks of linear Infrastructure, such as our roads and pipelines, allow us to move people, natural resources, and manufactured goods. Common practice has been to utilise historic climatic data to establish deterministic design guidelines for water course crossings. With climate change uncertainly, asset managers are in a position where they are questioning the guidelines and their current infrastructure robustness.
Many forest carnivores in British Columbia (BC) meet their nutritional requirements by preying on squirrels, hares and grouse. Although considerable effort has gone into studying the predator species, there is a substantial information gap on the habitat needs of their prey items. Knowledge of prey species habitat requirements provides another important dimension to our ability to manage for both them and their predators. Staff at the John Prince Research Forest near Fort St.
Lake St. Charles is the primary drinking water reservoir of Quebec City, Canada, providing water to about 300,000 people. Over the past decade, several occurrences of blue-green algae (cyanobacteria) bloom have been recorded, affecting the quality of water in this strategic reservoir. Evaluation of observed data collected over the past decade indicates that the water quality of the lake is undergoing fast degradation due to anthropogenic activities around the lake and in the watershed.
Various methods have been developed to extract compounds from fruits, vegetables, and seeds. Subcritical and supercritical extractions are the most promising techniques with high output qualities and high cost efficiencies. Running the systems at different pressures and temperatures, the essential bi-product can be extracted from the natural compounds matrix. In addition to their effectiveness, the subcritical and supercritical extraction systems are environmentally friendly processes.
In this research proposal, we are targeting volatile fatty acids production by subsequent Lystek thermal-alkaline hydrolysis technology followed by fermentation. In these two subsequent processes, organic solids will be converted first thermochemically followed by biologically to volatile fatty acids. To enhance wastewater treatment, phosphorus and nitrogen should be removed to a certain level before discharging into water bodies. However, the challenge here an additional carbon source is required which increases the total cost of the treatment.
Extracting coal through surface mining can damage natural habitats because it removes and fragments forests, grasslands, and shrub lands. Coal mines near Hinton, Alberta, our study area, have been reclaimed to reduce the negative effects of mining on the environment and on wildlife as per regulations in the Alberta Environmental Protection and Enhancement Act. Our study area consists of bighorn sheep, elk, and mule deer populations that use the vegetation, minerals, and topographic features of the reclaimed mines for food, protection from predators, and thermal cover.